CN101095971A - Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode - Google Patents

Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode Download PDF

Info

Publication number
CN101095971A
CN101095971A CNA2007100758832A CN200710075883A CN101095971A CN 101095971 A CN101095971 A CN 101095971A CN A2007100758832 A CNA2007100758832 A CN A2007100758832A CN 200710075883 A CN200710075883 A CN 200710075883A CN 101095971 A CN101095971 A CN 101095971A
Authority
CN
China
Prior art keywords
hoist cable
control
main frame
brake
speed
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CNA2007100758832A
Other languages
Chinese (zh)
Other versions
CN101095971B (en
Inventor
唐海山
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN2007100758832A priority Critical patent/CN101095971B/en
Publication of CN101095971A publication Critical patent/CN101095971A/en
Priority to US12/099,325 priority patent/US20090014242A1/en
Application granted granted Critical
Publication of CN101095971B publication Critical patent/CN101095971B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B1/00—Devices for lowering persons from buildings or the like
    • A62B1/06—Devices for lowering persons from buildings or the like by making use of rope-lowering devices
    • A62B1/18—Other single parts for rope lowering-devices, e.g. take-up rollers for ropes, devices for shooting ropes
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q9/00—Arrangements in telecontrol or telemetry systems for selectively calling a substation from a main station, in which substation desired apparatus is selected for applying a control signal thereto or for obtaining measured values therefrom
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B1/00—Devices for lowering persons from buildings or the like
    • A62B1/06—Devices for lowering persons from buildings or the like by making use of rope-lowering devices
    • A62B1/08—Devices for lowering persons from buildings or the like by making use of rope-lowering devices with brake mechanisms for the winches or pulleys
    • A62B1/10—Devices for lowering persons from buildings or the like by making use of rope-lowering devices with brake mechanisms for the winches or pulleys mechanically operated

Abstract

The invention relates to a fire self-rescuing high-speed life device controlled by micro computer, which can be controlled without wire. The device comprises host computer component, at least a hand-hold wireless remote controller, falling load device and sling component, wherein the host computer component is set at the special life port of building or in the refuge safe room and is connected with the building. The hand-hold wireless remote controller is taken by escaping man or escaping man, escort and ground meeting man all take hand-hold wireless remote controller. The falling load device is connected with the host computer component. The sling component is connected with the falling load device and the host computer component respectively. The device also comprises an air locator, which control the air location of falling load device and the distance between the falling load device and the building outer wall. The air locator is connected with the falling load device and is communicated with the hand-hole wireless remote controller without wire. The device can be controlled by escaping man or escaping man and ground rescuing man. It can control falling speed and space location. It is provided with fire proof and collision prevention performance and safe and reliable use.

Description

The fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control
[technical field]
The present invention relates to the self-help apparatus that fire is used, particularly relate to and a kind ofly using for high building domestic household or office person, can power voluntarily, and can control voluntarily or by the fire self-rescue high-speed escape machine that can wirelessly control of the microcomputerized control of the common control of survivor and rescuer by the survivor.
[background technology]
The world today, industrialization, urbanization process are accelerated day by day, and each metropolis high building in the world stands in great numbers, and is densely populated, makes the load in city increase the weight of day by day.The population and the industrial development that increase severely cause rolling up of power consumption, and consumer is aging, factors such as the not in place and artificial destruction of safety prevention measure and the attack of terrorism all become the potential threat that fire in high buildings takes place in the city, and fire in high buildings can directly jeopardize high building resident family and clerical workforce's life security.Many reports by being seen in medium as can be known, when the high building breaking out of fire, some people can be because of can not find the escape that is forced to jump out of the building of effective escape means and approach in the fire trapped personnel, and is consequently either dead or wounded, and more people Ze Yin there's nowhere to run and cause mass casualties.Tracing it to its cause, mainly is due to the outmoded backwardness of technology and equipment of existing fire-extinguishing and lifesaving system.The technology and equipment of existing fire-extinguishing and lifesaving system seriously lags behind the modern industrialization and the urbanization process of high speed development, quick, efficient, the safe lifesaving survival equipment that feasible existing high building resident family and office's famine have high technology content.
Existing high building is built employed fire lifesaving survival equipment and is mainly comprised aerial ladder car and high building lifesaving slow falling apparatus two big classes.Wherein, the aerial ladder car is a kind of fire-fighting equipment, is used for fire department and transports fireman and fire-fighting equipment, and its major function is fire extinguishing, also is used for simultaneously saving the fire personnel that are in distress from the high building of breaking out of fire.But the aerial ladder car in fact can not be as the capital equipment of personnel's lifesaving.At first be because, the aerial ladder car is a kind of large-scale special equipment of fire department, when breaking out of fire, its usually is difficult to fast to arrive the scene of fire by street of narrow complications in the city.Secondly,,, be easy to be subjected to road and the environmental limit such as facility on every side of fire building because its volume dotes on greatly even motor ladder is reached the spot, and not accessible fire trapped personnel.In addition, the arm height of existing motor ladder is usually below 50 meters, and is then powerless for the floor that 15 layers (25 layers in developed countries) are above.Also because the rising or falling speed of motor ladder is too slow, take advantage of manned number limited and can't implement effective rescue to the large tracts of land fire of high building, thereby the valuable opportunity of forfeiture rescue.Lifesaving descent control device as another kind of survival equipment, in fact it can not implement effective lifesaving and escape, this is because there is following major defect in it: 1, the operator has fear, the only suitable mostly body of existing lifesaving descent control device is good for bold personage, disadvantaged group such as invalid and women are then inapplicable for the old children in the family, and old children is invalid and disadvantaged group such as women account for total population more than 70%, this is the main cause that existing lifesaving descent control device is not suitable for family, also is to limit its widely used major reason.2, there is riding risk; Existing various lifesaving descent control devices are actually a kind of centrifugal speed limiter, it can only be limited to falling speed a certain fixed speed, and can not speed governing slows down, can not Halfway Stopping, in case run into metope barriers such as air-conditioning, electric wire, advertising lamp box are arranged, it is dangerous that bump then very easily takes place.3, speed is too slow; Because having, existing lifesaving descent control device do not slow down and the Halfway Stopping function, thereby can only under lower speed, move, usually be about below 1.5 meter per seconds, this is for the skyscraper more than 30 layers or 100 meters very general in the modern city, the speed of its escape is nowhere near, and the speed of extremely slow escape might cause serious consequence.4, the whereabouts is taken advantage of to carry and is simply equipped; Existing lifesaving descent control device only hangs human body with free hand drawing oxter pectoral girdle usually, takes advantage of a year person to have pain, and the easily aerial slippage of weakling.5, do not prevent fires anti-collision facility protection of whereabouts escape personnel, thereby very easily by fire wound is injured by a crashing object by foreign material or damages, and wind easily to hit wall when big injured.6, owing to there is not liaison equipment, and can't realize that escape personnel and rescue escort the real-time Communication for Power contact that personnel and ground scoop out personnel, and the contact of this real-time Communication for Power is very important at the clutch that fire takes place.Above many drawbacks that existing lifesaving descent control device exists are restricted its practical application, and and fail to enter in a large number family, its basic reason is that technology content is too low, function singleness, lack of wisdomization, hommization also exist seriously to take advantage of and carry a risk, therefore can't effectively satisfy fire in high buildings lifesaving escape this highly dangerous, the highly rescue requirement of difficulty.
[summary of the invention]
The present invention is intended to address the above problem; can control oneself or by the common control of survivor escort and ground rescuer by the survivor and provide a kind of; can carry out falling speed and the control of aerial orientation; have fire prevention, preventing collision protection function, the fire self-rescue high-speed escape machine that can wirelessly control of safe and reliable Portable Microprocessor Based control.
For achieving the above object, the invention provides a kind of fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control, this device comprises:
The host component that the control dropping process is used;
At least one manual wireless remote-cotnrolled device;
One carry whereabouts that the survivor uses take advantage of carry device and
Article one, connect the described retractable hoist cable assembly that carries device of taking advantage of, wherein,
Described host component is arranged between the special-purpose escaping exit or evacuation safety of building, and links to each other with building; Manual wireless remote-cotnrolled device carries or respectively carries one by survivor, escort and ground cohesion person by the survivor is single; Fall to taking advantage of a year device to be connected with host component; The hoist cable assembly takes advantage of year device and host component to be connected with the whereabouts respectively.
Host component comprises master control set, main frame cylindrical shell, hoist cable wheel, first driving gear set, second driving gear set, distance of fall measurement mechanism, speed-limiting device and brake apparatus, wherein, described master control set is arranged in the mainframe box, and it is connected with main control panel on being located at mainframe box; Described main frame cylindrical shell is located in the mainframe box, and hoist cable wheel, first driving gear set, second driving gear set, distance of fall measurement mechanism, speed-limiting device and brake apparatus are housed in the main frame cylindrical shell successively.
Master control set comprises main control module and wireless remote control communication module, wherein, the main control module is a single-chip microcomputer, the wireless remote control communication module is the wireless lan communication lsi chip, they are connected with main control panel, on main control panel, be provided with highly import button, human body from wall apart from button, and be provided with velocity indicator, elevation indicator and power supply indicator, remote-control indicating lamp; Described main frame cylindrical shell is a hollow cylindrical body, is provided with end cap at this main frame cylindrical shell one end, and main frame cylindrical shell central authorities are provided with first rotating shaft and second rotating shaft vertically, and main frame cylindrical shell top is provided with the main frame suspension ring; Described hoist cable wheel is contained in first rotating shaft in the main frame cylindrical shell near end cap, is provided with the swallow-tail form annular groove that embeds for hoist cable along hoist cable wheel excircle, is provided with a plurality of hoist cable guide wheels on a plurality of minor axises that are supported on below the hoist cable wheel on the end cap; Described first driving gear set is made of first gear and first pinion that is engaged with, and wherein first gear is contained in the first inboard rotating shaft of hoist cable wheel, and is connected with the hoist cable wheel, and first pinion is contained on the pinion shaft of being located on the vertical connecting plate; Second driving gear set is made of second largest gear and second pinion that is engaged with, wherein second largest gear is coaxial with described first pinion, second pinion is contained in second rotating shaft, and first driving gear set and second driving gear set form the secondary gear speed increasing mechanism.
The distance of fall measurement mechanism comprises an electromagnetic pulse dish and an electromagnetic sensor, and wherein, the electromagnetic pulse dish is the discoid body that is provided with a plurality of gear teeth by the periphery that high permeability material is made, and it is contained in second rotating shaft, rotates synchronously with second rotating shaft; Electromagnetic sensor is contained in the main barrel external body, and main frame cylindrical shell and close electromagnetic pulse dish outer rim are passed in its iron core lower end.
Speed-limiting device comprises centrifugal speed limit dish and centrifugal, described centrifugal speed limit dish is a disklike body, its periphery edge compartment of terrain is provided with a plurality of U-lags, centrifugal an of arc that can move radially respectively is housed in each U-lag, each centrifugal is connected with centrifugal speed limit dish by two springs, and has the gap between centrifugal speed limit dish and a plurality of centrifugal and main frame cylinder inboard wall; Described centrifugal speed limit dish is contained in second rotating shaft, rotates synchronously with second rotating shaft, and a plurality of centrifugal is rotated synchronously to produce centrifugal force and be pressed on centrifugal speed limit dish and produce the frictional force that speed limit is used on the main frame cylinder inboard wall.
Brake apparatus comprises magnetic powder brake and manual brake, and described manual brake comprises hand brake dish, caliper and brake handle, and wherein, the hand brake dish is a disklike body, and this brake disc is contained in second rotating shaft, and axially is being connected with centrifugal speed limit dish; Described caliper be by two calipers at the middle part hinged forming, the top of two calipers is curved and be symmetricly set in the main frame cylindrical shell and form the braking brake arm near brake disc outer rim place, the part of two calipers below pin joint is bent to form shank to the opposite side extension, the slightly larger in diameter of its brake arm is in the brake disc external diameter, it can do to form brake force to moving radially of center of circle direction with the friction of brake disc outer surface around pin joint when braking, each brake arm inboard is connected with a brake scotch, and regulate distance between brake scotch and brake disc by being connected regulating spring on brake arm and the brake scotch, the top of two shanks is rotatably connected with the support that is fixed in the main barrel external body, and the bottom of two shanks is connected with brake handle with steel wire; Described brake handle is located at the mainframe box outside of host component, and is connected with caliper by steel wire; Described magnetic powder brake has the stator in space and coaxial with it rotor to constitute by discoid inside, stator is screwed at the main frame cylinder back-end, two power lines that are connected with stator coil are drawn by the stator rear end, be connected with host control panel by binding post, rotor is connected with second rotating shaft by shaft coupling.
Manual wireless remote-cotnrolled device comprises shell and cased radio communication transceiver module, the wireless talkback module, single-chip microcomputer and battery, described radio communication transceiver module, the wireless talkback module all is connected with single-chip microcomputer, on telecontrol panel, be provided with elevation indicator, velocity indicator, from the wall range display, power supply indicator, microphone, loudspeaker, the speed regulating control key reaches from wall distance adjustment operating key, power supply indicator is connected with battery tray, other device is connected with single-chip microcomputer, is provided with the wireless receiving and dispatching antenna and the wireless talkback antenna that is connected with the wireless talkback module that links to each other with the radio communication transceiver module in cover top portion; Be circumscribed with a laser ceilometer on the manual wireless remote-cotnrolled device that the survivor uses, this laser ceilometer is connected with the radio communication transceiver module of Digiplex.
Fall to taking advantage of to carry device and comprise fire prevention crashproof immersion suit, gloves and the fiberglass helmet, the crashproof immersion suit of described fire prevention is clothing, trousers, the boots connection type of being made by the fire-retardant fireproof material, its front from collar to crotch portion opening, and by the slide fastener folding, be sewed with the pectoral girdle and the both shoulders suspender belt of one with it in fire prevention crashproof immersion suit oxter, the both shoulders suspender belt extends around under the crotch downwards, both shoulders suspender belt upper end and the main frame hanging beam snapping of being located at the mainframe box bottom, main frame hanging beam then are connected with the hoist cable of hoist cable wheel in the pile warp main frame cylindrical shell; The described gloves and the fiberglass helmet are made by the fire-retardant fireproof material; This whereabouts takes advantage of year device can deposit in the special-purpose lifejacket chest interior between escaping exit next door or evacuation safety; This whereabouts takes advantage of a year device to dispose a crashproof knapsack of infant, and this knapsack is made of metallic framework and the fire protection flame retarding lining that is connected on the skeleton, and cingulum is equipped with in the knapsack both sides.
The hoist cable assembly comprises outer hoist cable wheel and is wrapped in outer hoist cable wheel to be gone up and retractable hoist cable, wherein, outer hoist cable wheel is that rotatable hoist cable reel is housed on the wheel shaft that is supported on the support, between the outer face of hoist cable reel and support inboard, be equipped with the hoist cable reel is carried out the elastic braking plate that damping brake is used, described wheel shaft one end stretches out outside the support, can insert or be inserted in volume rope crank in its end and reclaim hoist cable, described outer hoist cable wheel is fixed in appropriate location, escaping exit place; Described hoist cable is for being surrounded by the high-strength stainless steel aviation grade steel wire rope of fireproof flame-retardant high-strength fabric outward, and it is wrapped on the hoist cable reel, and the one end is connected with the hoist cable reel, and the hoist cable wheel in the other end pile warp main frame cylindrical shell takes advantage of a year device to be connected with the whereabouts.
This device comprises also that a control falls to taking advantage of the aerial orientation of carrying device and from the aerial locator of the exterior wall distance of building, this aerial locator is provided with a guardrail frame, guardrail frame inner bottom part is equipped with base, keep left on the base, a motor respectively is equipped with at right two ends, each motor shaft front end respectively is equipped with one and rotates in perpendicular, promote the propeller of locator along continuous straight runs flight, outside propeller, be set with air duct, this air duct extends to guardrail frame front end forward, the power line terminal of motor patches on the accessory power outlet of register control aloft, battery and aerial register control are housed on base, this aerial register control comprise control module and be attached thereto apart from sensing module, orientation sensing module and wireless communication module, described control module is a single-chip microcomputer, apart from sensing module is the ultrasonic distance sensing module, the orientation sensing module is the electronic compass sensing module, wireless communication module is the wireless communication module with transmission-receiving function, respectively be provided with a human body restraint zone of buckleing with lock in the both sides of the ccontaining part of guardrail frame front end human body, be connected with two suspender belts at guardrail frame middle part, the suspender belt upper end is connected with crossbeam, aerial locator is connected this aerial locator and manual wireless remote-cotnrolled device radio communication by the main frame hanging beam with the hoist cable assembly.
Host component hangs by the main frame suspension arrangement that is connected with building, this main frame suspension arrangement can be indoor fixed single-arm suspension device, portable mono arm sling mount put or wire rope device in a kind of.
Indoor fixed single-arm suspension device comprises fixed head, rotatable cantilever, corner frame and stay cord, wherein, fixed head is fixed on the body of wall on escaping exit next door, in the corner of body of wall the corner frame is housed, the cantilever that has been rotatably connected on the corner frame is connected with one and can spurs the stay cord that cantilever rotates between the free end of fixed head and cantilever; Described portable mono arm sling mounts to put by support and rotatable hanging beam and constitutes, wherein, support comprises base, column, many braces and anti-introversion hook, described base is the flute profile plate body, its center of top is provided with adapter sleeve, insert in the described adapter sleeve lower end of column, and it is fastening by screw, the height of column is higher than the upper edge of escaping exit, and per two braces tilt and are symmetrical arranged, and its two ends are fixed with screw and column and base respectively, anti-introversion hook is the L shape, the one end is connected with column, and the other end can collude the outside, lower edge at escaping exit, in case suspension arrangement is inwardly toppled over; Described hanging beam is made of horizontal beam and inclined bearing beam, and an end and the column of horizontal beam are rotatably connected, and other end end is provided with the suspension ring that hang for host component, and inclined bearing beam one end is connected in the end of horizontal beam, and the other end is skewed and is rotatably connected with column.The two ends of described wire rope device are provided with and can take advantage of the bayonet type suspension hook that carries device and host component snapping with the whereabouts respectively.
Be provided with the escape special use platform of boarding at building escape mouth place, this platform of boarding is provided with ladder, the ladder both sides are provided with the protection railing, the ladder top is provided with platform, this platform and escaping exit lower edge maintain an equal level, be provided with in the side of boarding of ladder and block the boarding gate in case on-slip falls before boarding, at the open-close type guardrail of boarding and to fold after finishing.
Contribution of the present invention is, it has eliminated the many major defects that exist in the existing lifesaving survival equipment, and a kind of technology content and intelligent degree height are provided, be easy to control, powerful, the self-rescue escape device that can help the fire distress personnel effectively to escape rapidly can satisfy the self-help escape requirement of modern society to the city high rise building fire.Compare with existing self-rescue escape device, the present invention has following distinguishing feature:
One, technology content and intelligent degree height.Self-rescue escape device of the present invention can be implemented the intelligentized microcomputerized control of overall process to the speed in the dropping process, direction, distance etc., and the self-help escape personnel can carry out radio communication with the device main frame, dropping process is carried out wireless controlling, and can scoop out with ground and the rescue personnel communicates, keep unimpeded liaison, therefore guaranteed the safe and orderly of self-help escape process.
Two, powerful.This device has been realized the microcomputerized control fully automatic operation of self-help escape process, and can realize long-distance wireless remote control, and its remote control distance can reach 1000 meters; Can also manually control whereabouts speed change and stopping in the dropping process, can make the survivor transfer to fast from the upper strata that fire is arranged no fire following which floor.The survivor also can control aerial orientation in dropping process, collide with the object of avoiding and being suspended on the high building exterior wall.Therefore improved security greatly.
Three, falling speed is fast.Because of being provided with complete speed governing limiting brake function, therefore make and fall to becoming possibility at a high speed, its falling speed can reach 5～10 meter per seconds, this is identical with the modern high speed elevator speed, and the falling speed than 1.5 meter per seconds of traditional lifesaving descent control device is fast 3～5 times, has improved probability, efficient and the escape success rate of lifesaving escape greatly.
Four, the whereabouts story height is unrestricted.Even for the superelevation layer skyscraper more than 400 meters, fall as speed with 8 meter per seconds, then just can drop to ground less than one minute.And the various skyscrapers below 400 meters all can drop to ground within 1 minute.
Five, safe.Owing to be provided with security protection mechanisms such as speed limit, braking, aerial location, and having adopted safety coefficient is the 8 above high-quality aviation hoist cables and the space flight style of dress crashproof immersion suit of preventing fires, and by the whereabouts escape personnel, personnel are escorted in rescue and ground scoops out the remote control of personnel colony, colony's intercommunication is linked up, microcomputerized control lands automatic deceleration and soft landing function in addition, therefore have high security performance, can guarantee the life security in escape personnel's dropping process.
Six, applied widely.This device is applicable to all groups, is particularly useful for high building domestic household or clerk.It is applicable to that not only body is good for bold personage, more is applicable to account for the weak populations such as old children invalid women of population more than 70%.It can replace traditional lifesaving survival equipment and become 21 century high building domestic household and the basic configuration of the fire lifesaving survival equipment of office.
[description of drawings]
Fig. 1 is an overall structure schematic diagram of the present invention.
Fig. 2 is a host component structural representation of the present invention, wherein, Fig. 2 A is the overall structure cutaway view, and Fig. 2 B is the overall structure schematic perspective view, Fig. 2 C is the master control set structured flowchart, Fig. 2 D is the mainframe box structural representation, and Fig. 2 E is the main control panel schematic diagram, and Fig. 2 F is a distance of fall measurement mechanism structural representation, Fig. 2 G quick-mounting interposed structure schematic diagram that exceeds, Fig. 2 H is the magnetic powder brake schematic perspective view, and Fig. 2 i is the manual brake structural representation, and Fig. 2 J is the brake disc schematic perspective view.
Fig. 3 is a manual wireless remote-cotnrolled device structural representation of the present invention, and wherein, Fig. 3 A is the overall structure floor map, and Fig. 3 B is the circuit part structured flowchart.
Fig. 4 is that a year apparatus structure schematic diagram is taken advantage of in whereabouts of the present invention, and wherein, Fig. 4 A is overall structure and user mode schematic diagram, and Fig. 4 B is the crashproof knapsack structural representation of infant.
Fig. 5 is a hoist cable modular construction schematic diagram of the present invention, and wherein, Fig. 5 A is the structural upright perspective view, and Fig. 5 B is volume rope crank schematic diagram, and Fig. 5 C is the wheel shaft cross sectional representation.
Fig. 6 is an aerial locator structure schematic diagram of the present invention, and wherein, Fig. 6 A is an overall structure front side schematic diagram, and Fig. 6 B is the vertical view of Fig. 6 A, and Fig. 6 C is aerial register control structured flowchart.
Fig. 7 is a main frame suspension arrangement structural representation of the present invention, wherein, Fig. 7 A is indoor fixed single-arm suspension device perspective view, Fig. 7 B is the parts exploded perspective schematic diagram of Fig. 7 A, Fig. 7 C mounts the interposed structure schematic perspective view for the portable mono arm sling, and Fig. 7 D is the wire rope device structural representation.
Fig. 8 is the escape special use of the present invention platform structure perspective view of boarding.
Fig. 9 is a charging device structural representation of the present invention.
Figure 10 is a fire self-rescue escape device falling state schematic diagram of the present invention.
[specific embodiment]
The following example is to further explanation of the present invention and explanation, and the present invention is not constituted any limitation.
Consult Fig. 1, the aerial locator 50 that the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control of the present invention comprises host component 10, manual wireless remote-cotnrolled device 20, falls to taking advantage of to carry a device 30, hoist cable assembly 40 and just select according to floor uses.Described host component 10 is arranged between the special-purpose escaping exit 80 or evacuation safety of building, and links to each other with building.Manual wireless remote-cotnrolled device 20 carries or respectively carries one by survivor, escort and ground cohesion person by the survivor is single.Fall to taking advantage of a year device 30 to be connected with host component 10.Hoist cable assembly 40 takes advantage of year device 30 and host component 10 to be connected with the whereabouts respectively.
Host component 10 is core components of this device, and its detailed structure is illustrated by Fig. 2.Shown in Fig. 2 A, Fig. 2 B, this host component 10 comprises master control set 11, main frame cylindrical shell 12, hoist cable wheel 13, first driving gear set 14, second driving gear set 15, distance of fall measurement mechanism 16, speed-limiting device 17 and brake apparatus 18.
Described master control set 11 is arranged on the wiring board in the mainframe box 19 shown in Fig. 2 D, its structure is shown in Fig. 2 C, it comprises main control module 111 and the wireless remote control communication module 112 that is attached thereto, described main control module 111 adopts single-chip microcomputer (chip microprocessor), wireless remote control communication module 112 is the wireless lan communication lsi chip, their commercially available acquisitions, main control module 111 and wireless remote control communication module 112 are carried out signal by the software that wherein solidifies and are handled and programme-control.As Fig. 2 C, main control module 111 is connected with main control panel 191 by number a tree name cable terminal with wireless remote control communication module 112.Main control panel 191 is arranged at the front side (seeing Fig. 2 D) of mainframe box 19, as Fig. 2 E, on main control panel, be provided with highly import button 1911, human body from wall apart from button 1912, and be provided with velocity indicator 1913, elevation indicator 1914 and power supply indicator 1915, remote-control indicating lamp 1916, wherein user place floor can be measured acquisition in advance, human body can pre-determine from the wall distance, is generally 3～6 meters, to avoid the plug-in objects such as air conditioner on the exterior wall.Height and in advance import master control set storage from wall apart from button 1912 by highly importing button 1911, human body respectively from the wall range data, starting altitude can be presented on the elevation indicator 1914, for example 120 meters, the starting velocity that shows on the velocity indicator 1913 then is zero.Fall after the beginning, the height that shows on the elevation indicator is descending, and speed of displaying is from slow to fast on the velocity indicator.Power connection and remote signal are shown by power supply indicator 1915, remote-control indicating lamp 1916.
Main frame cylindrical shell 12 is located in the mainframe box 19, and its structure is shown in 2A, 2B, and this main frame cylindrical shell is a hollow cylindrical body, is provided with the hoist cable wheel cavity 121 of diameter greater than main cylinder in its left part, is used for ccontaining hoist cable wheel 13.In the hoist cable wheel cavity outside end cap 122 is housed, main frame cylindrical shell top is provided with main frame suspension ring 127.As Fig. 2 A, 2B, be provided with first rotating shaft 123 and second rotating shaft 124 that is used to install hoist cable wheel 13, first driving gear set 14, second driving gear set 15, distance of fall measurement mechanism 16, speed-limiting device 17 and brake apparatus 18 usefulness vertically in main frame cylindrical shell central authorities.
Hoist cable wheel 13 is mechanisms of a connection hoist cable and main frame, it is a solid wheel-shaped body, be provided with the swallow-tail form annular groove 131 that embeds for hoist cable along hoist cable wheel excircle, two sides of groove are provided with the card muscle of little projection, to increase the frictional force of cell wall and hoist cable, by the gradient of design groove and the quantity and the height of projection of card muscle, can make the hoist cable 42 that is surrounded by fabric tightly be stuck in the dovetail groove, even make hoist cable one end hang with the weight of 150KG, other end free floating, relative slip does not take place with dovetail groove in hoist cable yet, and this has just guaranteed the run-in synchronism of hoist cable and hoist cable wheel effectively.Among Fig. 2 A, hoist cable wheel 13 is contained in first rotating shaft 123 in the main frame cylindrical shell 12 near end cap 122, on a plurality of minor axises 1261 that are supported on below the hoist cable wheel on the end cap 122, be provided with three hoist cable guide wheels 126 that are triangularly arranged, be used to make an end of hoist cable 42 to be directed to outer hoist cable and take turns 41 1 sides, other end guiding falls to taking advantage of to carry device 30 1 sides.
Further shown in Fig. 2 A, described first driving gear set 14 is made of first gear 141 and first pinion 142 that is engaged with, first gear is a driving gear, the gearratio of this gear train can be 2: 1 or other suitable ratio, described first gear 141 is contained in hoist cable and takes turns in first rotating shaft 123 of 13 inboards, and axially is being connected with hoist cable wheel 13 with screw.First pinion 142 is contained on the pinion shaft 1421, and the middle part of this pinion shaft places in the vertical connecting plate 128 rotationally, and its two ends are equipped with first pinion 142 and second largest gear 151 respectively.Vertically connecting plate 128 is contained in first rotating shaft 123 and end, second rotating shaft, 124 opposite end by two pairs of bearings 1281, and it is radially fixing with screw and main frame cylindrical shell 12.Described second driving gear set 15 is made of second largest gear 151 and second pinion 152 that is engaged with, second largest gear 151 is a driving gear, second pinion 152 is contained in second rotating shaft 124, the gearratio of this second driving gear set can be 2: 1 or other suitable ratio, in this example, the gearratio of first driving gear set and second driving gear set respectively is 2: 1, therefore first driving gear set 14 and second driving gear set 15 form the secondary gear speed increasing mechanism, and total speed increasing ratio of this two-stage speed increasing gear group is 4: 1.First driving gear set 14 and second driving gear set 15 are driven synchronously through hoist cable wheel 13 by hoist cable 42 and rotate.
Distance of fall measurement mechanism 16 is the rotating speeds by collection electromagnetic pulse dish, and this rotating speed is converted into the length that hoist cable descends, by electromagnetic sensor 162 it is recorded as the signal of telecommunication again, so that on host component 10 and manual wireless remote-cotnrolled device 20, show the device of survivor's height of living in, distance of fall measurement mechanism structure is shown in Fig. 2 F, this distance of fall measurement mechanism 16 comprises an electromagnetic pulse dish 161 and an electromagnetic sensor 162, wherein, electromagnetic pulse dish 161 is the discoid bodies that are provided with a plurality of gear teeth 1611 by the periphery that high permeability material is made, it is contained in second rotating shaft 124, rotates synchronously with second rotating shaft.In this example, a periphery of electromagnetic pulse dish is established 48 teeth altogether, and it is 0.4 meter that hoist cable is taken turns 13 girths, and first rotating shaft, 123 per seconds rotate one to be changeed, and then falling speed is 0.4 meter per second.Second rotating shaft 124 is changeed 4 and is changeed then electromagnetic pulse dish 192 teeth of passing by altogether, and can get the pairing rope length of revolution one tooth thus is 0.0020833 meter, can record hoist cable 42 drops like this.Electromagnetic sensor 162 is electromagnetic sensors, and it is contained on the main frame cylindrical shell 12 on electromagnetic pulse dish 161 tops, and the main part of electromagnetic sensor places main frame cylindrical shell 12 outsides, and main frame cylindrical shell and close electromagnetic pulse dish 161 outer rims are passed in its iron core lower end.It is one protruding one recessed that each tooth of electromagnetic pulse dish 161 and between cog form, make the AC electromotive forces that produce weeks in the electromagnetic sensor 162, hoist cable wheel 13 rotates continuously, then electromagnetic sensor produces the ac voltage signal of corresponding frequencies, this signal of telecommunication is input to the single-chip microcomputer of master control set 11, as speed and the long input electrical quantity of rope.
Speed-limiting device 17 is the speed limiting mechanisms that restriction escape device hypervelocity falls, its structure is shown in Fig. 2 G, this speed-limiting device comprises centrifugal speed limit dish 171 and centrifugal 172, among Fig. 2 G, described centrifugal speed limit dish 171 is a disklike body, its periphery edge compartment of terrain is provided with a plurality of (in this example being three) U-lag 1711, an arc that can move radially respectively is housed centrifugal 172 in each U-lag, as Fig. 2 A, shown in Fig. 2 G, each centrifugal upper end step place is positioned the end face of the U-lag of centrifugal speed limit dish, and each centrifugal is connected with centrifugal speed limit dish 171 by two springs 173, and have the gap between centrifugal speed limit dish 171 and a plurality of centrifugal 172 and main frame cylindrical shell 12 inwalls, this gap is the stroke of centrifugal speed limit when moving.Described centrifugal speed limit dish 171 is contained in second rotating shaft 124, rotate synchronously with second rotating shaft, a plurality of centrifugal 172 is rotated synchronously to produce centrifugal force and be pressed on main frame cylindrical shell 12 inwalls with centrifugal speed limit dish 171 and produces frictional force, and this frictional force is the brake force that speed limit is used.Its operation principle is: when the rotating speed of centrifugal speed limit dish 171 reaches certain value, centrifugal 172 centrifugal force produces very fast the growth, make it to be pressed on the main barrel inwall, produce huge frictional force, and the rotation of prevention centrifugal pan, force second rotating shaft 124 to be slowed down, can reach like this speed of escape device is not increased substantially, in order to avoid because of quickening the descending danger that causes out of hand.For making speed-limiting device 17 inoperative when rotating speed is low, and just begin speed limit when only reaching the highest qualification speed, therefore centrifugal is held with spring 173.The centrifugal force that produces after centrifugal speed limit dish begins to rotate extends spring gradually, and centrifugal 172 also gradually near the main barrel inwall.Obviously,, just can make centrifugal contact main barrel inwall near the qualification rotating speed time, realize speed limit as long as suitably select the stiffness and the length of spring.It is pointed out that this centrifugal speed-limiting device only is used for restriction hypervelocity, and can not adjust falling speed and be used for slowing down and braking stops.
Brake apparatus 18 is to be used to make the device that escape device is slowed down and braking stops, and its structure is shown in Fig. 2 A and Fig. 2 H～Fig. 2 J.This brake apparatus comprises magnetic powder brake 181 and manual brake 182, wherein, magnetic powder brake 181 can be selected standardized braking product for use, it uses electromagnetic principle, as resisting medium, its stator 1811 that is positioned at the outer ring is screwed the right part at main barrel with magnetic, has two leads to draw from the side, wire termination is connected with a binding post, and it is inserted in PWM (pulsewidth modulation) the output signal socket of master control set 11.Its rotor portion 1812 be contained in by two ball bearings 1813 on the hollow shaft 1815 that is connected with shaft joint 1814, shaft joint 1814 then links to each other with second rotating shaft 124.Should be when selecting magnetic powder brake with reference to the commentaries on classics distance and the rotating speed of second rotating shaft, and change distance with the maximum braking of magnetic powder brake and high workload rotating speed is complementary.Described manual brake 182 is used for promptly slowing down when fortuitous event occurring and braking, its structure is shown in Fig. 2 A, Fig. 2 i, Fig. 2 J, this manual brake comprises brake disc 1821, caliper 1822 and brake handle 1823, brake disc 1821 is a disklike body, it is contained in second rotating shaft 124, and axially fixing with screw and centrifugal speed limit dish 171.Described caliper 1822 be by two tabular calipers of bar shaped middle part and hinged forming, its hinged minor axis is placed through on the support 1824,1824 on support is fixed in main frame cylindrical shell 12 bottoms.The breach 125 of the top of two calipers through main frame cylindrical shell 12 bottoms stretches in the main frame cylindrical shell, the part that two calipers are positioned at the main frame cylindrical shell is curved and be symmetricly set in main frame cylindrical shell 12 and form braking with brake arms 18221 near brake disc outer rim places, the slightly larger in diameter of this brake arm is in the brake disc external diameter, be fixed with two brake scotch 18211 symmetrically two brake arm 18221 inboards, spacing between two brake scotch and the brake arm can be regulated by two set screw 183 that are connected on brake arm 18221 and the brake scotch 18211, and this spacing is advisable with 2mm.The folding degree of two brake arms 18221 can be connected with the top of two shanks 18222 by an end, and adjusting screw(rod) 18214 and adjusting nut 18215 that the other end is connected with connecting plate 18213 are regulated.The part of two calipers below pin joint extended top that is bent to form 18222, two shanks of shank and the support 1824 that is fixed in main frame cylindrical shell 12 outsides and is rotatably connected to opposite side, the bottom of two shanks is connected with brake handle 1823 with steel wire 1825.As Fig. 2 D, described brake handle 1823 is located at mainframe box 19 outsides of host component, and it has the structure that is similar to caliper, and the minor axis of its hinged usefulness is fixed on the sidewall of mainframe box 19, and the upper end of brake handle is connected with caliper 1822 by steel wire 1825.When carrying out brake hard, pinch brake handle 1823, shank 18222 by steel wire 1825 pulling calipers, make the brake arm 18221 of caliper do moving radially to center of circle direction around pin joint, two brake scotch 18211 of brake arm inboard form brake force with the friction of brake disc 1821 outer surfaces, this brake force can make brake disc 1821 and second rotating shaft 124 and first rotating shaft 123 stop operating in moment, finishes forced brake.
Manual wireless remote-cotnrolled device 20 is devices that the survivor keeps communicating by letter with host component 10 and rescuer in the self-help escape process and dropping process is controlled, it can carry or respectively carry one by survivor, escort and ground cohesion person by the survivor is single, converses communicating each other with intercommunication.Fig. 3 shows the structure of manual wireless remote-cotnrolled device 20, as Fig. 3 A～3B, this manual wireless remote-cotnrolled device comprises shell 25 and cased radio communication transceiver module 21, wireless talkback module 22, single-chip microcomputer 23 and battery, described radio communication transceiver module 21 and wireless talkback module 22 and single-chip microcomputer 23 can be by commercially available, and radio communication transceiver module 21 all is connected with single-chip microcomputer 23 with wireless talkback module 22.Radio communication transceiver module 21 should be selected the module with point-to-multipoint bi-directional communication function for use.As Fig. 3 A, on telecontrol panel 251, be provided with elevation indicator 252, velocity indicator 253, reach from wall distance adjustment operating key 259 from wall range display 254, power supply indicator 255, microphone 256, loudspeaker 257, speed regulating control key 258, power supply indicator 255 is connected with battery tray, other device is connected with single-chip microcomputer 23, is provided with the wireless receiving and dispatching antenna 26 and the wireless talkback antenna 27 that is connected with wireless talkback module 22 that link to each other with radio communication transceiver module 21 at shell 25 tops.It is power supply that remote controller adopts the high-energy battery of 6V.Be circumscribed with a laser ceilometer 28 on the manual wireless remote-cotnrolled device 20 that the survivor uses, this laser ceilometer is by commercially available, and it links with the aviation multicore cable and is connected with the radio communication transceiver module 21 of Digiplex.In the escape device dropping process, laser ceilometer 28 continuous measurements height overhead, and altitude information constantly is input to radio communication transceiver module 21 in the hand-held remote controller, send to master control set 11 by this module again, after the whereabouts sling length data of the accumulative total that master control set 11 and distance of fall measurement mechanism 16 record are relatively confirmed, re-send to the real-time height of demonstration on the elevation indicator 252 on main control panel 161 and the telecontrol panel.This manual wireless remote-cotnrolled device can also to aerial locator 50 send the whereabouts personnel from wall apart from setting data.
Falling to taking advantage of to carry device 30 is to carry the device that the survivor uses, its structure as shown in Figure 4, as Fig. 4 A～4B, this whereabouts takes advantage of a year device 30 to comprise fire prevention crashproof immersion suit 31, gloves 32 and the fiberglass helmet 33, and the crashproof immersion suit 31 of the fire prevention among Fig. 4 A is that clothing, trousers, boots are connected as a single entity, and by known fire-retardant fireproof material, materials such as flameproof fabric as the du pont company manufacturing are made, to crotch portion opening, opening part is equipped with slide fastener from collar in its front, by the slide fastener folding.Be sewed with the pectoral girdle 311 that same fire-retardant fireproof material is made in fire prevention crashproof immersion suit oxter, be sewed with the both shoulders suspender belt 312 that the fire-retardant fireproof material of one is with it made on the pectoral girdle, the both shoulders suspender belt extends around under the crotch downwards.Both shoulders suspender belt upper end and main frame hanging beam 192 snappings of being located at mainframe box 19 bottoms, main frame hanging beam then are connected with the hoist cable 42 of hoist cable wheel 13 in the pile warp main frame cylindrical shell 12.The described gloves 32 and the fiberglass helmet 33 are made by fire-retardant fireproof material same as described above.This whereabouts takes advantage of year device 30 can deposit in the special-purpose lifejacket chest interior between escaping exit 80 next doors or evacuation safety, and should there be eye-catching sign its storeroom, and its using method should grasp very skilled degree at ordinary times.Consider the particularity that the infant escapes, the present invention has disposed a crashproof knapsack 34 of infant for falling to taking advantage of a year device 30, as Fig. 4 B, this knapsack is made of metallic framework 341 and the fire protection flame retarding lining that is connected on the skeleton, the used fire protection flame retarding lining same material of crashproof immersion suit that can adopt and prevent fires.In the knapsack both sides cingulum 342 is housed, is used for and the crashproof immersion suit 31 of fire prevention that uses of being grown up is interlockingly connected.
Hoist cable assembly 40 is to be used to connect fall to taking advantage of the device that carries device 30 and host component 10, its structure is illustrated by Fig. 5, as Fig. 5 A～5C, this hoist cable assembly 40 comprises outer hoist cable wheel 41 and is wrapped in outer hoist cable wheel to be gone up and retractable hoist cable 42, among Fig. 5 A, outer hoist cable wheel 41 comprises support 411, wheel shaft 412, hoist cable reel 413 and elastic braking plate 414, wherein wheel shaft 412 is the hollow shafts shown in Fig. 5 C, it is supported on the support 411, rotatable hoist cable reel 413 is housed on the wheel shaft 412, is wound with hoist cable 42 on this hoist cable reel.Between the outer face of hoist cable reel and support inboard, elastic braking plate 414 is housed, is used for the hoist cable reel is carried out damping brake.Described wheel shaft 412 1 ends stretch out outside the support 411, can insert or be inserted in volume rope crank 415 in its end to reclaim hoist cable.Described hoist cable 42 is for being surrounded by the aviation grade steel wire rope of the high-strength stainless steel of fireproof flame-retardant high-strength fabric outward, it is wrapped on the hoist cable reel 413, the one end is connected with the hoist cable reel, hoist cable wheel 13 in the other end pile warp main frame cylindrical shell takes advantage of a year device 30 to be connected with the whereabouts, and it can discharge synchronously along with survivor's whereabouts.After the self-help escape process finishes, the volume rope crank shown in Fig. 5 B 415 can be inserted hollow axle 412 1 ends, hoist cable 42 is reeled back on the hoist cable reel 413.
Because the survivor can run into the object that air-conditioner etc. protrudes from body of wall in the skin dropping process, and the speed that escape device falls is very fast, make the survivor be difficult to hide and injured, and because wind-force is bigger in the space-time of skyscraper whereabouts, the survivor is difficult to control the direction of whereabouts, is easy to generate the effect of waving and play on a swing in the air.For this reason, the present invention also is in particular escape device and has been equipped with one for higher floor, the aerial locator 50 that high building is used more than 10 layers for example, its structure such as Fig. 4 A and shown in Figure 6.Among Fig. 6 A, Fig. 6 B, aerial locator 50 is provided with a guardrail frame 51, this guardrail frame is the U-shaped framework that is connected into by many rod members, be connected with a L shaped base 511 at guardrail frame inner bottom part, by left and right two ends a direct current generator 54 is housed respectively on the base 511, each motor shaft front end respectively is equipped with one and rotates in perpendicular, promotes the propeller 52 of locator along continuous straight runs flight.The propeller outer cover is equipped with air duct 53, this air duct extends to guardrail frame front end forward, it plays guide effect to the propeller air-flow, form the air channel of conveyor screw slurry air-flow, the air-flow that propeller produces sprays from survivor's human body waist both sides to the metope direction through air duct 53, and the size of control air-flow can be controlled the distance of human body from metope.The difference of the controlling two airduct current rates moment that can rotate is used to adjust the aerial orientation of human body.The power line terminal of motor 54 patches on the accessory power outlet of register control aloft.Be fixed with the aerial register control of being located on the wiring board 56 in a side that is contained in the battery 55 on the base 511, as Fig. 6 C, this aerial register control comprise control module 561 and be attached thereto apart from sensing module 562, orientation sensing module 563 and wireless communication module 564, described control module is a single-chip microcomputer, apart from sensing module 562 is the ultrasonic distance sensing module, orientation sensing module 563 is the electronic compass sensing module, wireless communication module 564 is for having the wireless communication module of transmission-receiving function, and above-mentioned module all can be by commercially available.This aerial register control 56 receive that manual wireless remote-cotnrolled device 20 sends from wall apart from setting data, in addition the aerial orientation angles parameter of orientation sensing module 563 sensings and apart from sensing module 562 transmit in real time from the wall distance parameter, undertaken exporting control signal after the calculation process by control module 561, control the rotating speed of two motors 54 and screw 52, so control aerial locator 50 and whereabouts human body aerial orientation and with the distance of metope.Among Fig. 6 A, Fig. 6 B, forward end middle part is provided with the ccontaining part 510 of semicircular human body in the guardrail frame, the both sides of the ccontaining part of human body respectively are provided with the human body restraint zone 57 of a button with lock of being made by the fire-retardant fireproof material, its horizontal fastening is closed aerial locator and whereabouts human body as a whole on human body.Be connected with two vertical suspender belts 58 on the base 511 at middle part in the guardrail frame, the suspender belt upper end is connected with hanging beam 192, and as Fig. 4 A, aerial locator 50 is connected with hoist cable assembly 40 by hanging beam 192.
Aforesaid aerial locator of the present invention can be realized two functions: the one, and orientating function, promptly this locator can at will not rotate in dropping process, and the personnel that can cause to fall and break are all the time towards metope, so that observe the metope situation; Its another function is the distance of regulation and control whereabouts human body and metope, avoiding the metope barrier, and can select the place, realizes hurtling down, and these two functions are landed of crucial importance at a high speed for escape personnel's high-altitude.
Not high for story height, for example below 10 layers, metope clear, and the survivor is physically fit, locator in the air carries device 30 and falls and directly take advantage of by the whereabouts.In the case, as long as depositing, the user falls to taking advantage of to carry device.
Above-mentioned host component 10 must hang by a device, and it is little to require this device to take up room, and is easy to use and safe and reliable.For this reason, the present invention is provided with the main frame suspension arrangement 60 that a cover is applicable to different situations.The example of this main frame suspension arrangement is illustrated by Fig. 7, it can be indoor fixed single-arm suspension device 61, portable mono arm sling mount put 62 or wire rope device 63 in a kind of.
Consult Fig. 1, Fig. 7 A～7B, indoor fixed single-arm suspension device 61 comprises fixed head 611, rotatable cantilever 612, corner frame 613 and stay cord 614, wherein, fixed head 611 usefulness expansion bolts are anchored on the body of wall on escaping exit 80 next doors, corner frame 613 is made by the square channel-section steel, and it is fixed on the corner of body of wall with expansion bolt.The pin joint of cantilever 612 and corner frame 613 is in the corner of corner frame, both by the bearing pin 614 in the connecting hole that vertically is placed through corner frame 613 corners and cantilever 612 link ends, locking with nut 615 and place two limits up and down of corner frame respectively and the last underarm of cantilever between lining 616 formation be rotatably connected, cantilever 612 can be done the rotation of horizontal direction around bearing pin 614.Be provided with the link 6121 of button with lock in the free end end of cantilever 612, be used for main frame suspension ring 127 snappings with mainframe box 19 tops, to hang mainframe box.Between the free end of fixed head 611 and cantilever 612, be connected with stay cord 614 (see figure 1)s, one end of this stay cord passes from the hole of fixed head 611 nearly lower limbs, the other end is connected with the free end of cantilever 612, can spur cantilever and the mainframe box 19 that hangs on the cantilever rotates by stay cord 614, fall to make things convenient for the survivor.
The portable mono arm sling mounts and puts 62 is collapsible and can assemble at any time suspension arrangements.Shown in Fig. 7 C, the portable mono arm sling mounts to put by support 621 and rotatable hanging beam 622 and constitutes, wherein, support 621 comprises base 6211, column 6212, many braces 6213 and anti-introversion hook 6214, described base 6211 is flute profile plate bodys of being made by channel-section steel, its notch is downward, be welded with short adapter sleeve 62111 in base top central authorities, during assembling the lower end of column 6212 is inserted in the described adapter sleeve 62111, and it is fastening by screw, the height of column should be higher than the upper edge of escaping exit 80, preferably exceeds about the 30cm of upper edge, so that it can not swung to outside the escaping exit 80.Brace 6213 plays a supportive role, and two braces tilt and are symmetrical arranged in this example, and its two ends are fixed with screw and column 6212 and base 6211 respectively.Anti-introversion hook 6214 is the L shape, and the one end is connected with column with screw, and other end hook portion can be colluded outside the lower edge of escaping exit 80 down, is used to prevent that suspension arrangement from inwardly toppling over.By making column 6212 exceed the upper edge and anti-introversion hook 6214 being set, guaranteed the stability of suspension arrangement.Described hanging beam 622 is made of horizontal beam 6221 and inclined bearing beam 6222, and an end of horizontal beam 6221 is sleeved on the column 6212 rotationally by the turning set 62212 of one with it, and other end end is provided with the suspension ring 62211 that hang for host component 10.Inclined bearing beam 6222 plays a supportive role, and the one end is connected in the end of horizontal beam 6221 with screw, and the other end is skewed and is rotatably connected with column 6212 by another turning set 62221.Each connects a support ring 6215 with screw in described turning set 62212,62221 bottoms, and horizontal beam 6221 and inclined bearing beam 6222 are played support and anti-fall effect.
Wire rope device 63 is the suspension arrangements that are used for descending the pick-up point temporarily, it comprises that two two ends shown in Fig. 7 D are provided with the steel wire rope of bayonet type suspension hook 631, wherein a Chang treaty is 6 meters, and solid beam, post colludes extension in an end and the building, the other end then with host component 10 snappings.3 meters of short treaties, but be used for hook thing near escaping exit.
The present invention has taken into full account survivor fall security and the convenience of preparation before the whereabouts.For this reason, be provided with the escape special use platform 70 of boarding at building escape mouth 80 places, just existing high-rise, window is available comparatively ideal escaping exit.This platform of boarding is the device of boarding that the window in the building is complementary, its structure as shown in Figure 8, the platform 70 of boarding is provided with the ladder 71 that the multilayer step constitutes, the ladder both sides are provided with protection with railing 72, the ladder top is provided with platform 73, and this platform and escaping exit 80 lower edges maintain an equal level.For preventing that escape from skidding off outside window, near the window one side (side of boarding) at ladder is provided with open-close type guardrail 74, it can adopt known push-and-pull or rotary type guard bar structure, it can keep off between platform 73 and windowsill after launching, to prevent survivor's landing outside window, the survivor just can fold open-close type guardrail 74 after carrying and falling to taking advantage of the preparation of carrying device 30 to finish, and platform 73 and the windowsill of survivor on the platform of boarding goes out to falling outside window.This platform 70 of boarding can make the survivor formerly hang and move to outside window after stable again, therefore can realize boarding calmly, and eliminated the danger of falling on windowsill.
Moreover, cooperate the use of device of the present invention, be provided with between special-purpose evacuation safety in resident family that can be in skyscraper or the office, it is as between the new function between kitchen and lavatory.It is mainly used in fire prevention, anti-riot and fire-fighting life-saving, is provided with outside sliding door and the building between safety directly to communicate, and the lifesaving escape device is arranged on the doorway, and carrying falls to taking advantage of a year device special counter to place a side, and the indoor charger that is provided with is that each electricity consumption of escape device is partly charged.When the condition of a disaster or dangerous situation take place, no matter be fire or ruffian's attack, personnel can hide earlier between evacuation safety, shut anti-riot safety door, flee from escape device of the present invention again.
Escape device of the present invention also is equipped with auxiliary equipment such as illuminating lamp, charging device.Illuminating lamp comprises the searchlight that is used for the metope illumination and is used to the on-the-spot illuminating lamp etc. of boarding that searchlight is hung usually on the main frame cantilever.
Charging device 90 as shown in Figure 9, its panel is provided with many group charging inlets 91, by these charging inlets are connected with charging inlet on mainframe box 19, manual wireless remote-cotnrolled device 20 and the aerial locator 50, can rechargeable battery wherein be charged.
Operation principle of the present invention such as Fig. 1, shown in Figure 10, host component 10 is hung on cantilever 612 at ordinary times, the height that all has the position, whereabouts on the main control panel 191 of mainframe box and the one or more manual wireless remote-cotnrolled device 20 shows, for example 123 meters, master control set 11 must be measured and import to this numerical value in advance.Speed is not shown as 0.0 when falling.When breaking out of fire, pull out the charging socket of mainframe box 19, aerial locator 50 and all hand-held remote controllers 20 immediately.The self-help escape personnel put on the crashproof immersion suit 31 of fire prevention immediately, slide fastener, and fastening pectoral girdle 311 is with suspension ring on the both shoulders suspender belt 312 and main frame hanging beam 192 snappings.Using under the situation of aerial locator, with the air outlet of aerial locator forward, and with the human body restraint zone 57 bundle jails of aerial locator between waist.At this moment, press " stopping " key (operator can be the whereabouts personnel, also can be that personnel are escorted in rescue or ground scoops out personnel) of manual wireless remote-cotnrolled device 20, the survivor stands on the platform 73 of the platform of boarding, both feet are upwards mentioned, if hoist cable do not walk, show that then machine is normal and board successfully.The survivor that can promote cantilever 612 this moment and suspend in midair turns to vertical substantially with metope to outside window, it is motionless in the air to make the whereabouts human body hover over.Can press " whereabouts " button begins to fall thereupon.When falling beginning, the screw 52 of aerial locator begins to rotate, and whereabouts personnel or tripartite personnel can watch the telecontrol panel 251 of manual wireless remote-cotnrolled device simultaneously.Height of drop on the elevation indicator 252 begins to count down, and speed is stabilized between 2～10 meter per seconds from slow to fast then, and the human body that shows on wall range display 254 also progressively increasing, is stabilized in 3～6 meters from the wall distance then.In dropping process, whereabouts personnel, rescue are escorted personnel and ground and are scooped out personnel and can observe the metope situation simultaneously, if it is accessible, then can press " speedup " key quickens, speed video data on the velocity indicator 253 will increase, if want to keep this speed, unclamp button and get final product, press " deceleration " key and then can underspeed.If find metope barrier is arranged, hold the each side of manual wireless remote-cotnrolled device or one of them can press " decelerations " key or " stopping " key, with slow-down or stop to fall, treat to continue the whereabouts again behind the cut-through thing.If wanting increases from the wall distance, then can press " increase " button from wall distance adjustment operating key 259, can reach 6 meters from wall apart from maximum.The height and the speed that should continue to observe this moment on the remote controller show, if highly drop to 25 meters (are 5 meter per seconds as speed), the prompting of will sounding of then manual wireless remote-cotnrolled device, and under master control set 11 controls, reduce speed now, speed on height and the velocity indicator and height video data progressively diminish, and falling speed is more and more slower.When terrain clearance was 3 meters left and right sides, speed was reduced to about 0.5 meter per second.This moment, escape device entered the soft landing state, and slowly landed, and Figure 10 shows the whereabouts track of escape device of the present invention.It is to be noted, in moderating process, can only press the deceleration key, and can not press the speedup key not have effect by the speedup key.After the whereabouts personnel arrive ground and stand firm, should remove the suspension hook on the both shoulders suspender belt 312 immediately, the personnel that scoop out on ground evacuate to safety place rapidly under assisting, and shed then to fall to taking advantage of and carry a device 30, and the self-help escape process finishes.
On the principle basis of the present invention, can suitably be out of shape or make up, to adapt to many people needs of escaping it.Many people continuously under the situation of whereabouts, can prepare the hoist cable that all there is suspension hook at two ends, length is longer than down the pick-up point height slightly, adopt indoor fixed single-arm suspension device 61 of the present invention or portable mono arm sling to mount to put the manual wireless remote-cotnrolled device 20 of 62, two aerial locators 50, two band laser ceilometers 28, many fire prevention crashproof immersion suits 31 (one of a best people and child's adult size should be previously selected), the crashproof knapsack of infant (putting on the crashproof immersion suit back of fire prevention), begin to fall after having colluded safety hook again by the adult.Ground scoop out with two aerial locators of the remote-controlled adjustment of rescue personnel from the wall distance, in order to avoid midair crash runs slowly in case of necessity, to ensure safety.
Although by above embodiment the present invention is disclosed, scope of the present invention is not limited thereto, do not departing under the condition of the present invention design, more than each member can replace with the similar or equivalent element that affiliated technical field personnel understand.

Claims (13)

1, a kind of fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control is characterized in that it comprises:
The host component (10) that the control dropping process is used;
At least one manual wireless remote-cotnrolled device (20);
One carry whereabouts that the survivor uses take advantage of carry device (30) and
Article one, connect the described retractable hoist cable assembly (40) that carries device of taking advantage of, wherein,
Described host component (10) is arranged between the special-purpose escaping exit or evacuation safety of building, and links to each other with building; Manual wireless remote-cotnrolled device (20) carries or respectively carries one by survivor, escort and ground cohesion person by the survivor is single; Fall to taking advantage of a year device (30) to be connected with host component (10); Hoist cable assembly (40) takes advantage of year device (30) and host component (10) to be connected with the whereabouts respectively.
2, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 1, it is characterized in that, described host component (10) comprises master control set (11), main frame cylindrical shell (12), hoist cable wheel (13), first driving gear set (14), second driving gear set (15), distance of fall measurement mechanism (16), speed-limiting device (17) and brake apparatus (18), wherein, described master control set (11) is arranged in the mainframe box (19), and it is connected with main control panel (191) on being located at mainframe box; Described main frame cylindrical shell (12) is located in the mainframe box (19), and hoist cable wheel (13), first driving gear set (14), second driving gear set (15), distance of fall measurement mechanism (16), speed-limiting device (17) and brake apparatus (18) are housed in the main frame cylindrical shell successively.
3, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 2, it is characterized in that, described master control set (11) comprises main control module (111) and wireless remote control communication module (112), wherein, main control module (111) is a single-chip microcomputer, wireless remote control communication module (112) is the wireless lan communication lsi chip, they are connected with main control panel (191), on main control panel, be provided with and highly import button (1911), human body apart from button (1912), and is provided with velocity indicator (1913) from wall, elevation indicator (1914) and power supply indicator (1915), remote-control indicating lamp (1916); Described main frame cylindrical shell (12) is a hollow cylindrical body, is provided with end cap (122) at this main frame cylindrical shell one end, and main frame cylindrical shell central authorities are provided with first rotating shaft (123) and second rotating shaft (124) vertically, and main frame cylindrical shell top is provided with main frame suspension ring (127); Described hoist cable wheel (13) is contained in interior first rotating shaft (123) of main frame cylindrical shell (12) near end cap (122), be provided with the swallow-tail form annular groove (131) that embeds for hoist cable along hoist cable wheel excircle, on a plurality of minor axises (1261) that are supported on below the hoist cable wheel on the end cap (122), be provided with a plurality of hoist cable guide wheels (126); Described first driving gear set (14) is made of first gear (141) and first pinion (142) that is engaged with, wherein first gear (141) is contained in inboard first rotating shaft (123) of hoist cable wheel (13), and be connected with hoist cable wheel (13), first pinion (142) is contained on the pinion shaft of being located on the vertical connecting plate (128) (1421); Second driving gear set (15) is made of second largest gear (151) and second pinion (152) that is engaged with, wherein second largest gear (151) is coaxial with described first pinion (142), second pinion (152) is contained in second rotating shaft (124), and first driving gear set (14) forms the secondary gear speed increasing mechanism with second driving gear set (15).
4, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 3, it is characterized in that, described distance of fall measurement mechanism (16) comprises an electromagnetic pulse dish (161) and an electromagnetic sensor (162), wherein, electromagnetic pulse dish (161) is the discoid body that is provided with a plurality of gear teeth by the periphery that high permeability material is made, it is contained in second rotating shaft (124), rotates synchronously with second rotating shaft; The main part of electromagnetic sensor places main frame cylindrical shell (12) outside, and its iron core front end passes main frame cylindrical shell and close electromagnetic pulse dish (161) outer rim.
5, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 4, it is characterized in that, described speed-limiting device (17) comprises centrifugal speed limit dish (171) and centrifugal (172), described centrifugal speed limit dish is a disklike body, its periphery edge compartment of terrain is provided with a plurality of U-lags (1711), centrifugal of a T shape that can move radially (172) respectively is housed in each U-lag, each centrifugal is connected with centrifugal speed limit dish (171) by two springs (173), and has the gap between centrifugal speed limit dish (171) and a plurality of centrifugal (172) and main frame cylindrical shell (12) inwall; Described centrifugal speed limit dish (171) is contained in second rotating shaft (124), rotate synchronously with second rotating shaft, a plurality of centrifugal (172) are rotated synchronously to produce centrifugal force and be pressed on main frame cylindrical shell (12) inwall with centrifugal speed limit dish (171) and are produced the frictional force that speed limit is used.
6, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 5, it is characterized in that, described brake apparatus (18) comprises magnetic powder brake (181) and manual brake (182), described manual brake (182) comprises brake disc (1821), caliper (1822) and brake handle (1823), wherein, brake disc (1821) is a disklike body, and this brake disc is contained in second rotating shaft (124), and axially is being connected with centrifugal speed limit dish (171); Described caliper (1822) be by two calipers at the middle part hinged forming, the top of two calipers is curved and be symmetricly set in the main frame cylindrical shell (12) near brake disc outer rim place and form braking with brake arm (18221), the part of two calipers below pin joint is bent to form shank (18222) to the opposite side extension, the slightly larger in diameter of its brake arm is in the brake disc external diameter, it can do to form brake force to moving radially of center of circle direction with the friction of brake disc (1821) outer surface around pin joint when braking, each brake arm (18221) inboard is connected with a brake scotch (18211), and regulate distance between brake scotch and brake disc (1821) by being connected regulating spring (183) on brake arm and the brake scotch, the top of two shanks (18222) support (1824) outside with being fixed in main frame cylindrical shell (12) is rotatably connected, and the bottom of two shanks is connected with brake handle (1823) with steel wire; Brake handle (1823) is located at mainframe box (19) outside of host component, and is connected with caliper (1822) by steel wire; Described magnetic powder brake (181) is made of the stator (1811) of discoid inner hollow and coaxial with it rotor (1812), stator (1811) is screwed in main frame cylindrical shell (12) rear end, two power lines that are connected with stator are drawn by the stator rear end, be connected with host control panel by binding post, rotor is connected with second rotating shaft (124) by shaft coupling (1814).
7, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 6, it is characterized in that, described manual wireless remote-cotnrolled device (20) comprises shell (25) and cased radio communication transceiver module (21), wireless talkback module (22), single-chip microcomputer (23) and battery, described radio communication transceiver module (21), wireless talkback module (22) all is connected with single-chip microcomputer (23), on telecontrol panel (251), be provided with elevation indicator (252), velocity indicator (253), from wall range display (254), power supply indicator (255), microphone (256), loudspeaker (257), speed regulating control key (258) reaches from wall distance adjustment operating key (259), power supply indicator (255) is connected with battery tray, other device is connected with single-chip microcomputer (23), is provided with the wireless receiving and dispatching antenna (26) and the wireless talkback antenna (27) that is connected with wireless talkback module (22) that link to each other with radio communication transceiver module (21) at shell (25) top; Be circumscribed with a laser ceilometer (28) on the manual wireless remote-cotnrolled device (20) that the survivor uses, this laser ceilometer is connected with the radio communication transceiver module (21) of Digiplex.
8, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 7, it is characterized in that, described whereabouts takes advantage of a year device (30) to comprise fire prevention crashproof immersion suit (31), the gloves (32) and the fiberglass helmet (33), the crashproof immersion suit of described fire prevention (31) is the clothing of being made by the fire-retardant fireproof material, trousers, the boots connection type, its front from collar to crotch portion opening, and by the slide fastener folding, be sewed with the pectoral girdle (311) and the both shoulders suspender belt (312) of one with it in fire prevention crashproof immersion suit oxter, the both shoulders suspender belt extends around under the crotch downwards, both shoulders suspender belt upper end and main frame hanging beam (192) snapping of being located at mainframe box (19) bottom, main frame hanging beam then are connected with the hoist cable (42) of hoist cable wheel (13) in the pile warp main frame cylindrical shell (12); The described gloves (32) and the fiberglass helmet (33) are made by the fire-retardant fireproof material; This whereabouts takes advantage of year device (30) can deposit in the special-purpose lifejacket chest interior between escaping exit next door or evacuation safety; This whereabouts is taken advantage of and is carried a device (30) and dispose a crashproof knapsack of infant (34), and this knapsack is by metallic framework (341) and be connected in fire protection flame retarding lining formation on the skeleton, and cingulum (342) is equipped with in the knapsack both sides.
9, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 8, it is characterized in that, described hoist cable assembly (40) comprises outer hoist cable wheel (41) and is wrapped in outer hoist cable wheel to be gone up and retractable hoist cable (42), wherein, outer hoist cable wheel (41) is that rotatable hoist cable reel (413) is housed on the wheel shaft (412) that is supported on the support (411), between the outer face of hoist cable reel and support inboard, be equipped with the hoist cable reel is carried out the elastic braking plate (414) that damping brake is used, described wheel shaft (412) one ends stretch out outside the support (411), can insert or be inserted in volume rope crank (415) in its end and reclaim hoist cable, described outer hoist cable wheel (41) is fixed in appropriate location, escaping exit place; Described hoist cable (42) is for being surrounded by the high-strength stainless steel aviation grade steel wire rope of fireproof flame-retardant high-strength fabric outward, it is wrapped on the hoist cable reel (413), the one end is connected with the hoist cable reel, and the hoist cable wheel (13) in the other end pile warp main frame cylindrical shell is connected with falling to taking advantage of a year device (30).
10, the fire self-rescue high-speed escape machine that can wirelessly control as arbitrary described microcomputerized control in the claim 1 to 9, it is characterized in that, this device comprises also that a control falls to taking advantage of the aerial orientation of carrying device and from the aerial locator (50) of the exterior wall distance of building, this aerial locator is provided with a guardrail frame (51), guardrail frame inner bottom part is equipped with base (511), base keeps left on (511), a motor (54) respectively is equipped with at right two ends, each motor shaft front end respectively is equipped with one and rotates in perpendicular, promote the propeller (52) of locator along continuous straight runs flight, outside propeller, be set with air duct (53), this air duct extends to guardrail frame front end forward, the power line terminal of motor (54) patches on the accessory power outlet of register control aloft, battery (55) and aerial register control (56) are housed on base, this aerial register control comprise control module (561) and be attached thereto apart from sensing module (562), orientation sensing module (563) and wireless communication module (564), described control module is a single-chip microcomputer, apart from sensing module (562) is the ultrasonic distance sensing module, orientation sensing module (563) is the electronic compass sensing module, wireless communication module (564) is for having the wireless communication module of transmission-receiving function, respectively be provided with a human body restraint zone (57) of buckleing with lock in the both sides of the ccontaining part of guardrail frame front end human body, be connected with two suspender belts (58) at guardrail frame middle part, the suspender belt upper end is connected with crossbeam (59), aerial locator (50) is connected with hoist cable assembly (40) by main frame hanging beam (192), this aerial locator (50) and manual wireless remote-cotnrolled device (20) radio communication.
11, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 10, it is characterized in that, described host component (10) hangs by the main frame suspension arrangement (60) that is connected with building, and this main frame suspension arrangement (60) can be that indoor fixed single-arm suspension device (61), portable mono arm sling mount and put a kind of in (62) or the wire rope device (63).
12, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 11, it is characterized in that, described indoor fixed single-arm suspension device (61) comprises fixed head (611), rotatable cantilever (612), corner frame (613) and stay cord (614), wherein, fixed head (611) is fixed on the body of wall on escaping exit next door, corner frame (613) is housed in the corner of body of wall, the cantilever (612) that has been rotatably connected on the corner frame is connected with one and can spurs the stay cord (614) that cantilever rotates between the free end of fixed head (611) and cantilever (612); Described portable mono arm sling mounts puts (62) by support (621) and rotatable hanging beam (622) formation, wherein, support (621) comprises base (6211), column (6212), many braces (6213) and anti-introversion hook (6214), described base (6211) is the flute profile plate body, its center of top is provided with adapter sleeve (62111), insert in the described adapter sleeve (62111) lower end of column (6212), and it is fastening by screw, the height of column is higher than the upper edge of escaping exit, per two braces (6213) tilt and are symmetrical arranged, its two ends use screw and column (6212) and base (6211) fixing respectively, anti-introversion hook (6214) is the L shape, the one end is connected with column, and the other end can collude the outside, lower edge at escaping exit, in case suspension arrangement is inwardly toppled over; Described hanging beam (622) is made of horizontal beam (6221) and inclined bearing beam (6222), one end of horizontal beam (6221) and column (6212) are rotatably connected, other end end is provided with the suspension ring (62211) that hang for host component (10), inclined bearing beam one end is connected in the end of horizontal beam (6221), and the other end is skewed and is rotatably connected with column (6212).The two ends of described wire rope device (63) are provided with and can take advantage of the bayonet type suspension hook (631) that carries device (30) and host component (10) snapping with the whereabouts respectively.
13, the fire self-rescue high-speed escape machine that can wirelessly control of microcomputerized control as claimed in claim 12, it is characterized in that, be provided with the escape special use platform (70) of boarding at building escape mouth place, this platform of boarding is provided with ladder (71), the ladder both sides are provided with protection railing (72), and the ladder top is provided with platform (73), and this platform and escaping exit lower edge maintain an equal level, be provided with in the side of boarding of ladder and block the boarding gate in case on-slip falls before boarding, at the open-close type guardrail (74) of boarding and to fold after finishing.
CN2007100758832A 2007-07-12 2007-07-12 Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode Expired - Fee Related CN101095971B (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
CN2007100758832A CN101095971B (en) 2007-07-12 2007-07-12 Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode
US12/099,325 US20090014242A1 (en) 2007-07-12 2008-04-08 Wirelessly controlled fire escape devices

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2007100758832A CN101095971B (en) 2007-07-12 2007-07-12 Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode

Publications (2)

Publication Number Publication Date
CN101095971A true CN101095971A (en) 2008-01-02
CN101095971B CN101095971B (en) 2011-12-28

Family

ID=39010191

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2007100758832A Expired - Fee Related CN101095971B (en) 2007-07-12 2007-07-12 Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode

Country Status (2)

Country Link
US (1) US20090014242A1 (en)
CN (1) CN101095971B (en)

Cited By (22)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102068770A (en) * 2011-02-14 2011-05-25 张家港市泰山科技有限公司 Damp uncoiling device and high-rise escape device
CN102671314A (en) * 2012-05-22 2012-09-19 安徽工程大学 High-rise descent rescue device
CN103801019A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
CN103801028A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
CN103801030A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
CN104958840A (en) * 2015-06-03 2015-10-07 陈先黄 Portable building escaper
CN107096138A (en) * 2017-06-15 2017-08-29 常州机电职业技术学院 High residential building refuge apparatus intelligent controller and its method of work
CN107137831A (en) * 2017-05-27 2017-09-08 江汉大学 One kind drop building escape device
CN107226097A (en) * 2017-06-15 2017-10-03 常州机电职业技术学院 High-altitude cable car safe escape device and its method of work, high-altitude cable car
US9787400B2 (en) 2015-04-08 2017-10-10 Corning Optical Communications LLC Fiber-wireless system and methods for simplified and flexible FTTX deployment and installation
CN107252529A (en) * 2017-08-08 2017-10-17 张永胜 One kind is used for fire of high-rise building and occurs live suit of saving oneself of escaping
CN108159587A (en) * 2017-12-29 2018-06-15 深圳市维兴顺科技有限公司 Adaptive gravity high level fire disaster escaping at the uniform velocity forced landing device
CN109024183A (en) * 2018-07-17 2018-12-18 芜湖芬特勘测服务有限公司 A kind of road Embosser with regulatory function
CN109224334A (en) * 2017-07-10 2019-01-18 广元公正科技有限公司 Fire disaster escaping equipment
US10530479B2 (en) 2012-03-02 2020-01-07 Corning Optical Communications LLC Systems with optical network units (ONUs) for high bandwidth connectivity, and related components and methods
US10735838B2 (en) 2016-11-14 2020-08-04 Corning Optical Communications LLC Transparent wireless bridges for optical fiber-wireless networks and related methods and systems
CN112156385A (en) * 2020-09-11 2021-01-01 柏小林 Electromagnetic control-based high-rise fire escape device
WO2021012238A1 (en) * 2019-07-24 2021-01-28 叶秋诗 Intelligent life-saving system for high-rise building, and electromechanical device for intelligent fast descent
WO2021051803A1 (en) * 2019-09-20 2021-03-25 中际联合（北京）科技股份有限公司 Fall prevention locking assembly, fall prevention device, and fall prevention system
CN114558255A (en) * 2022-03-02 2022-05-31 安徽智宬轩门窗系统科技有限公司 Family fire control lifesaving window
CN114768127A (en) * 2022-01-14 2022-07-22 深圳市轩泰机械设备有限公司 High-rise building quick escape and high-altitude operation lifting system
CN116132839A (en) * 2023-02-18 2023-05-16 刘德臣 Live broadcast system

Families Citing this family (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8479883B2 (en) * 2008-08-20 2013-07-09 Tengiz Tkebuchava Rappelling system
GB0910998D0 (en) * 2009-06-24 2009-08-05 Drop Zone Uk Ltd Regulated descender
GB201112901D0 (en) * 2011-07-27 2011-09-14 Renton Julian E Height rescue apparatus
ES2443521B1 (en) * 2012-03-05 2014-06-20 Joaqu�n TAMAYO INSUA Electromechanical device to evacuate buildings in fires
CN103072928A (en) * 2013-01-25 2013-05-01 东莞市天楠光电科技有限公司 Multipurpose lifter
CN103538989B (en) * 2013-09-29 2016-08-10 中国矿业大学 Multi-rope winder steel wire rope tension equilibrium displacement adjustment state monitoring method and device
US9358684B1 (en) * 2015-02-18 2016-06-07 Merry Electronics Co., Ltd. Wireless transmission device and robot arm using the same
CN105214228A (en) * 2015-05-22 2016-01-06 黄维 One is multi-functional puts rope equipment
CN108421176B (en) * 2018-03-02 2023-02-28 台州市洛克赛工具有限公司 Intelligent escape backpack
CN108404306B (en) * 2018-03-02 2023-02-28 台州市洛克赛工具有限公司 Intelligent escape backpack
CN109224328B (en) * 2018-10-18 2024-02-20 广东企盟工业设计有限公司 Escape bag
CN109200496B (en) * 2018-11-01 2023-05-19 江西鼎峰装备科技有限公司 Escape device
CN110327556A (en) * 2019-04-08 2019-10-15 北京航空航天大学 A kind of high building electromagnetic damping escape device
US11473916B1 (en) * 2019-08-26 2022-10-18 Rhub Communications, Inc. Rope-based indoor infrastructure free localization

Family Cites Families (21)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US193259A (en) * 1877-07-17 Improvement in fire-escapes
US643286A (en) * 1899-07-31 1900-02-13 Edward P Feiker Fire-escape device.
US3760901A (en) * 1970-03-13 1973-09-25 P Hynes Lifesaving systems for escaping from high buildings in the case of fires or other emergencies
US3850262A (en) * 1973-04-04 1974-11-26 S Simizu Escape machine
US4287963A (en) * 1980-01-21 1981-09-08 Coxsey Darrell W Safety apparatus
US4452339A (en) * 1982-05-28 1984-06-05 Raymaker Charles A Emergency body descender
US4653609A (en) * 1984-11-30 1987-03-31 Devine Millard J Controlled descent apparatus
US4934660A (en) * 1987-10-02 1990-06-19 D B Industries, Inc. Device for raising and lowering loads
US5581901A (en) * 1992-03-02 1996-12-10 M. Takahashi Lifesaving apparatus
US5762282A (en) * 1994-10-24 1998-06-09 D B Industries, Inc. Remote retractable lifeline extender
US6401863B1 (en) * 1999-12-28 2002-06-11 Best Rescue Systems, Inc. Multi-purpose portable davit anchoring system
CN1404889A (en) * 2001-08-16 2003-03-26 张海楠 High-building intelligent life saver and microcomputer monitoring-controlling system
US6793038B2 (en) * 2001-10-15 2004-09-21 Moshe Meller Method and apparatus for rescuing occupants from high structures using replaceable cable cartridges and dynamic resistance device
US6988589B2 (en) * 2001-10-25 2006-01-24 Harold Ribic Rappelling device for permitting persons to be rescued from high buildings, towers or the like
US20030094331A1 (en) * 2001-11-21 2003-05-22 Vivanco Abarca Francisco Javier Descent load apparatus preferably for persons, of the individual and portable type, that uses a mechanism to control the displacement, preferably through a chain used as descent line
KR200294121Y1 (en) * 2002-07-31 2002-11-04 곽상호 Safety device for going up and down of tower-crane
CN1448196A (en) * 2003-04-24 2003-10-15 唐海山 Microcomputer -controlled movable high-altitude slow-lowering life-saving apparatus
GB0410957D0 (en) * 2004-05-15 2004-06-16 Renton Julian E Personal height rescue apparatus
GB0507806D0 (en) * 2005-04-19 2005-05-25 Bm Engineering Uk Ltd Belay device
US7275710B2 (en) * 2005-06-15 2007-10-02 Vandruff Charles E Aircrew restraint system
WO2009027619A1 (en) * 2007-08-24 2009-03-05 Julian Elwyn Renton Height rescue apparatus

Cited By (27)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102068770B (en) * 2011-02-14 2012-06-27 张家港市泰山科技有限公司 Damp uncoiling device and high-rise escape device
CN102068770A (en) * 2011-02-14 2011-05-25 张家港市泰山科技有限公司 Damp uncoiling device and high-rise escape device
US10530479B2 (en) 2012-03-02 2020-01-07 Corning Optical Communications LLC Systems with optical network units (ONUs) for high bandwidth connectivity, and related components and methods
CN102671314A (en) * 2012-05-22 2012-09-19 安徽工程大学 High-rise descent rescue device
CN103801019A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
CN103801028A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
CN103801030A (en) * 2012-11-10 2014-05-21 福建省连江县迅捷技术孵化有限公司 Building
US9787400B2 (en) 2015-04-08 2017-10-10 Corning Optical Communications LLC Fiber-wireless system and methods for simplified and flexible FTTX deployment and installation
CN104958840A (en) * 2015-06-03 2015-10-07 陈先黄 Portable building escaper
US10735838B2 (en) 2016-11-14 2020-08-04 Corning Optical Communications LLC Transparent wireless bridges for optical fiber-wireless networks and related methods and systems
CN107137831A (en) * 2017-05-27 2017-09-08 江汉大学 One kind drop building escape device
CN107226097A (en) * 2017-06-15 2017-10-03 常州机电职业技术学院 High-altitude cable car safe escape device and its method of work, high-altitude cable car
CN107096138A (en) * 2017-06-15 2017-08-29 常州机电职业技术学院 High residential building refuge apparatus intelligent controller and its method of work
CN109224334A (en) * 2017-07-10 2019-01-18 广元公正科技有限公司 Fire disaster escaping equipment
CN107252529A (en) * 2017-08-08 2017-10-17 张永胜 One kind is used for fire of high-rise building and occurs live suit of saving oneself of escaping
CN108159587A (en) * 2017-12-29 2018-06-15 深圳市维兴顺科技有限公司 Adaptive gravity high level fire disaster escaping at the uniform velocity forced landing device
CN109024183A (en) * 2018-07-17 2018-12-18 芜湖芬特勘测服务有限公司 A kind of road Embosser with regulatory function
CN109024183B (en) * 2018-07-17 2020-10-09 新昌县勤振机械制造有限公司 Road embossing device with regulatory function
WO2021012238A1 (en) * 2019-07-24 2021-01-28 叶秋诗 Intelligent life-saving system for high-rise building, and electromechanical device for intelligent fast descent
CN112930217A (en) * 2019-07-24 2021-06-08 叶秋诗 High-rise building intelligent lifesaving system and electromechanical device for intelligent quick drop
WO2021051803A1 (en) * 2019-09-20 2021-03-25 中际联合（北京）科技股份有限公司 Fall prevention locking assembly, fall prevention device, and fall prevention system
US11865379B2 (en) 2019-09-20 2024-01-09 Ficont Industry (Beijing) Co., Ltd. Linkage operation assembly, fall protection device and fall protection system
CN112156385A (en) * 2020-09-11 2021-01-01 柏小林 Electromagnetic control-based high-rise fire escape device
CN114768127A (en) * 2022-01-14 2022-07-22 深圳市轩泰机械设备有限公司 High-rise building quick escape and high-altitude operation lifting system
CN114558255A (en) * 2022-03-02 2022-05-31 安徽智宬轩门窗系统科技有限公司 Family fire control lifesaving window
CN116132839A (en) * 2023-02-18 2023-05-16 刘德臣 Live broadcast system
CN116132839B (en) * 2023-02-18 2023-12-08 福建一缕光智能设备有限公司 Live broadcast system

Also Published As

Publication number Publication date
US20090014242A1 (en) 2009-01-15
CN101095971B (en) 2011-12-28

Similar Documents

Publication Publication Date Title
CN101095971B (en) Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode
CN101920075B (en) Tower escape apparatus
CN101249300A (en) Hoisting machine escape life saving system for tall building
CN103893924B (en) High-rise building rapidly descending escape system
CN109395262A (en) A kind of escape device for high-rise buildings
WO2003049807A1 (en) Ajustable-speed life-saving apparatus
CN2805820Y (en) Separation type device for fleeing from high-building
CN102847243B (en) High-rise fire rescuing machine
CN86207152U (en) Safety self-controlled slow-speed landing unit for life-saving from high above the ground
CN208710851U (en) A kind of escape device for high-rise buildings
KR20200061267A (en) A Emergency Exit Training and Ride Facilities
CN205698931U (en) A kind of high-rise building escape device
CN212439743U (en) Barrier-free escape device
CN202397990U (en) Aerial fire control escaping device
CN203852746U (en) Escape device for high-rise fast-descending escape systems
CN107670187A (en) Escape system for high-altitude fire
CN112535816A (en) High-rise escape trunk device
CN202876137U (en) High-rise fire disaster rescuing machine
CN105857622A (en) Parachute with descent control device
CN208943306U (en) A kind of high-rise life saving cabin component convenient for assembling
CN203852747U (en) Braking device for escape device of downhill escape system for super high-rise building
CN203852748U (en) Downhill escape system for super high-rise building
CN109663232A (en) High-rise building safe fast-escape system
CN210933484U (en) High-rise fire rapid-descent self-rescuer
CN215461506U (en) Building fire-fighting and life-saving system

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20111228

Termination date: 20130712